Tooling & Design
Precision plastic injection moulds
Connector moulds & 2K injection moulds
Progressive stamping dies
Over mould & insert mould
Laser engraving
VA/VE & prototype development
Competencies & Capabilities
Precision capabilities for complex manufacturing programmes
From mould and die design to injection moulding, high-speed stamping, finishing, and quality validation — MacPro brings the complete technical chain under one disciplined roof. We make what the customer needs.
One
Tooling + production
QMS
Certified quality system
Full
Prototype to SOP
What we make
Built to your drawing. Delivered to your timeline.
MacPro is a contract manufacturer. We do not have a fixed product catalogue — we have a disciplined capability set. Every component, mould, die, and assembly we produce is engineered to the customer's drawing, material spec, and quality gate. If it requires precision, we build it.
CNC EDM Machining
High-precision EDM machining for moulds, dies, and critical tooling applications.
Capabilities
- Makino, Sodick, & AgieCharmilles machines for high precision, reliability, & process stability. Positioning accuracy up to ±0.005 mm for high-precision mould, die, & critical tooling applications.
- ATC support up to 16 tools enables complex machining with reduced setup time and higher productivity.
- Integrated System 3R/Erowa automated chucking for fast, repeatable & accurate workpiece positioning.
CNC Wire EDM
High-precision wire cutting for intricate profiles, sharp internal corners, and complex geometries.
Capabilities
- Makino & Mitsubishi CNC Wire EDM machines deliver high precision, reliability, and process stability.
- Support 0.25 mm and 0.10 mm wire diameters for intricate profiles, sharp internal corners, and complex geometries.
- Achieve positioning accuracy up to ±0.002 mm for precision tooling and critical components.
Vertical Machining Centre
High-speed VMCs for precision tooling and complex multi-operation machining.
Capabilities
- Makino, DMG, and Takumi Vertical Machining Centres.
- 20,000 RPM and 40,000 RPM spindles enable high-speed machining, fine surface finishes, and micro-feature creation. Positioning accuracy up to ±0.005 mm for precision tooling and components.
- ATC capacity up to 30 tools supports complex multi-operation machining with reduced setup time & higher productivity.
Surface Grinding
Precision surface grinding for tool steels, hardened steels, and carbide components.
Capabilities
- Okamoto, Jung, Mitsui, Jones & Shipman — proven capability in machining and finishing tool steels, hardened steels, and carbide components.
- Advanced surface grinding delivers excellent flatness, parallelism, and dimensional stability, maintaining tolerances ±0.002 mm.
- Optimized grinding parameters ensure fine surface finish with minimal thermal distortion.
Jig Grinding
Ultra-fine grinding of precision components and micro-features with tight tolerances.
Capabilities
- High-speed spindles up to 100,000 RPM enable ultra-fine grinding of precision components and micro-features.
- Achieves dimensional tolerances of ±0.002 mm for critical tooling and precision parts.
- Expertise in ID & OD grinding ensures superior roundness, concentricity, and surface finish.
Injection Moulding Machines
20+ hydraulic and electric injection moulding machines for precision plastic components.
Capabilities
- Equipped with 20+ hydraulic and electric injection moulding machines ranging from 50T to 350T.
- Mould Temperature Controllers capable of up to 200°C.
- Proven capability in moulding PEEK, ULTEM (PEI), and other high-performance engineering plastics requiring precise temperature and process control.
High-Speed Stamping
High-speed presses for mass production of precision stamped components.
Capabilities
- Bruderer 30-Ton and Kyori 40-Ton high-speed presses, ensuring excellent accuracy and repeatability.
- Operating at speeds up to 800 strokes per minute (SPM) for mass production of precision stamped components.
- High SPM capability significantly shortens cycle time and increases output, supporting large-volume production.
Design Centre
Centralized CAD/CAM facility with advanced mould & die design capabilities.
Capabilities
- Centralized CAD/CAM facility with advanced mould & die design capabilities, including reverse engineering support.
- Proficient in Creo, Siemens NX, SolidWorks, and VISI.
- In-house mould flow analysis using Moldex3D. Advanced manufacturing supported by Cimatron, PowerMill, & CAD Macro.
Core workstreams
Design, manufacture, produce, validate
Production
Plastic injection moulding
Insert moulding & over moulding
2K injection moulding
Pad printing & ultrasonic welding
High speed stamping
Progressive sheetmetal forming
How We Operate
One controlled route from RFQ to delivery
Customers do not come to MacPro for a single machine operation. They come for an integrated programme route where design review, tooling, production, finishing, and quality gates stay connected from the first drawing to repeat orders.
Step-by-step programme flow
Seven clear gates from input to shipment
RFQ
Requirement locked
DFM
Manufacturing released
QMS
Quality gate passed
01
Customer requirement
RFQ / Proposals
Submit proposal with clearly defined timelines based on customer requirement.
02
End-to-end coordination
Project Management
Requirement gathering by our experts, coordinating development activities end-to-end as single point of contact.
03
DFM → Approval → Release
Design
Design for manufacturability, approval loops, and release for manufacturing.
04
World class equipment
Manufacturing
Building the elements as per the print with world class equipment and precision tooling.
05
Customer approval
Sampling / Production
Actual production of parts based on customer approval and validated samples.
06
Highest standards
Quality
Adhere to highest quality standards and tests before delivery of the product.
07
Customer timelines
Delivery
Actual delivery of the product based on set customer timelines.
Quality gate
Dimensional control before production confidence
Precision system
Toolroom accuracy connected to shopfloor repeatability
Tooling, moulding, stamping, and finishing are planned as connected systems. VDA QMC, IATF 16949:2016, ISO 9001:2015, and AS9100D expectations make the route faster to industrialise, easier to maintain, and clearer for customer audits.
Process parameters mapped for repeat runs
Stable output through tooling and production feedback
Pad printing, laser engraving, and welding support
Prototype and VA/VE support before volume release
Certified quality system
Standards that govern how we build, inspect, and release work
Quality First
VDA QMC
VDA Quality Management Center
German automotive quality management expectations through VDA QMC discipline.
IATF 16949:2016
Automotive QMS
Automotive quality management system for controlled, repeatable manufacturing.
ISO 9001:2015
Quality Management
International quality management framework for consistent process performance.
AS9100D
Aerospace QMS
Aerospace quality management standard for high-reliability manufacturing systems.
Certified systems are supported by metrology, documented controls, and release gates.
Audit-ready discipline
Supporting services
Full programme partnership
Engineering and delivery teams coordinate closely — from quoting to SOP+
Design Consultation
DFM, tolerance stack, and tooling cost optimisation before metal is cut.
Prototyping
Bridge tooling and soft-tool iterations for fast learning loops.
Quality Assurance
PPAP-aligned evidence, MSA, run-at-rate documentation, and VDA QMC / IATF / ISO / AS9100D discipline.
Tool Maintenance
Preventive maintenance, spotting, and refurbishment scheduling.
Reverse Engineering
Digitisation of legacy dies and components for spares or upgrades.
Technical Support
Resident engineering during launch phases and ECN cycles.
Industries served
Precision components for markets where failure is not casual
Automotive
Connector parts, covers, moulded inserts, stamped contacts, and launch-ready assemblies.
Healthcare
Controlled moulding and finishing routes for clean, repeatable precision components.
Electronics & electrical
High-accuracy connector moulds, insert moulding, metal forming, and marking support.
Aerospace
Disciplined process planning, traceability, and precision tooling for demanding applications.
Evidence on the floor
Real equipment. Real parts. Real teams.
Next step